基于聚合酶链反应法与培养基上电镀法检测鉴定马铃薯黄萎病病菌的比较

G.S. Mahuku, H.W. (Bud) Platt, P. Maxwell
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引用次数: 34

摘要

利用特异性引物的聚合酶链反应(PCR)方法与选择性琼脂培养基上的电泳方法比较了其在田间条件下人工接种后检测和鉴定马铃薯黄萎病病菌的能力。两种方法均在茎组织和土壤中检测到常见黄萎病菌。PCR检测速度快、效率高,仅需要2天就能鉴定出阳性菌种,而培养皿法则需要4周以上。采用PCR和平板法检测的黄萎病菌株1 (VA1)是土壤和茎中检出最多的菌种。然而,弱致病性白斑弧菌菌株2 (VA2)不能与更具侵袭性的VA1菌株用介质镀法进行区分。在接种该菌种的样地中检测到极低水平的三体黄萎病菌,而在两种方法的马铃薯茎中均未检测到VA2。H……
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Comparison of polymerase chain reaction based methods with plating on media to detect and identify verticillium wilt pathogens of potato
A polymerase chain reaction (PCR) based assay that utilizes specific primers was compared with assays involving plating on selective agar media for its ability to detect and identify verticillium wilt pathogens of potato following artificial inoculations under field conditions. The common Verticillium species were detected in stem tissues and soil using both methods. The PCR assay was faster and efficient, requiring only 2 days for positive species identification, whereas the media-plating method required more than 4 weeks. Verticillium albo-atrum strain 1 (VA1) was the most frequently recovered species in soil and stems that were assayed using PCR and plating methods. However, the weakly pathogenic V. albo-atrum strain 2 (VA2) could not be differentiated from the more aggressive VA1 strain using the plating on media method. Verticillium tricorpus was detected at very low levels in plots that had been inoculated with this species, whereas VA2 was not detected in assayed potato stems using either method. H...
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